The Forming Process of the Stainless Steel Joint Part Numerical Simulation Analysis

Guo Liang Fu; Zhi Yi Huo; Li Po Zhao; Qian Wang

doi:10.4028/www.scientific.net/AMM.487.127

Paper Titles

Physical Characterization of BST with Different (x’) Ratios
p.106

Effect of Normalizing on Microstructure and Mechanical Properties of EH36 Alloy
p.110

Fibrous Material Density Difference Analysis Using Light Reflectance
p.114

Melt-Processable Acrylonitrile-Methacrylate-Dimethyl Maleate Terpolymers and Fibers
p.121

The Forming Process of the Stainless Steel Joint Part Numerical Simulation Analysis
p.127

Prepartion and Properties of Zinc-Doped Hydroxyapatite Whisker
p.131

Effect of Direct Electric Resistance Heat Treatment on Loading/Unloading Behavior of Nickel Titanium Orthodontic Wire
p.135

Surface Roughness Analysis on Reactive Ion Etched Aluminium Deposited Wafer
p.141

Operating Temperature Analysis of LED with Cylindrical Cu Slug
p.145

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 487The Forming Process of the Stainless Steel Joint...

The Forming Process of the Stainless Steel Joint Part Numerical Simulation Analysis

Abstract:

Stainless steel pipe joint parts is the most important parts to join the stress pipeline. internal defects are more likely to occur when stainless steel joint part is produced by traditional casting method or welding forming method, while the upsetting extrusion proposed in this essay can not only meet the part quality requirements, but also save material and shorten processing cycle. By numerical simulation analysis about part upsetting extrusion forming process with the finite element analysis method, we can obtain many index numerical values in part forming process, and therefore provide reliable quantitative basis for optimum design.